Advancing sustainable energy solutions through novel technologies

Optimizing transformer models with energy-efficient attention mechanisms for edge devices

transformer models energy-efficient AI attention mechanisms edge computing neural networks

At Josephson junction frequencies for ultra-low-power quantum computing

quantum computing superconductivity Josephson junctions low-power devices cryoelectronics

Reanalyzing failed cold fusion experiments with modern neutron detection techniques

cold fusion revisited neutron spectrometry LENR experimental replication anomalous heat

Optimizing renewable energy integration via grid-forming inverter technology in microgrids

grid-forming inverters renewable energy microgrid stability power electronics energy storage

Employing silicon photonics co-integration for ultra-low-power quantum computing interfaces

silicon photonics quantum computing energy efficiency photonic integration scalable architectures

Optimizing perovskite-silicon tandem cells with spectral analysis AI for enhanced solar efficiency

perovskite-silicon tandem AI optimization solar energy spectral analysis photovoltaic efficiency

Through space-based solar power for continuous arctic research station operation

space solar power arctic research energy transmission off-grid systems satellite technology

Stabilizing power grids through grid-forming inverter technology in renewable-heavy networks

grid-forming inverters renewable energy power grid stability microgrids voltage control

Backside power delivery networks for 3D integrated circuits with reduced parasitic losses

power delivery networks 3D ICs parasitic capacitance semiconductor design energy efficiency

Combining mitochondrial uncoupling mechanisms with wearable thermoelectric generators

mitochondrial uncoupling thermoelectrics wearable tech bioenergy heat conversion

Through grid-forming inverter technology for stabilizing renewable energy microgrids

microgrids renewable energy grid stability power electronics smart grids

In quantum vacuum fluctuations: harvesting zero-point energy via Casimir cavities

quantum vacuum zero-point energy Casimir effect nanoscale cavities energy harvesting